Semiconductor-Grade Silicon Carbide (SiC) Susceptor for RF Induction Heating - OD280×ID60×7mm

The silicon carbide (SiC) susceptor is a high-temperature ceramic heating component designed for RF induction heating and demanding thermal-processing applications. When exposed to an RF electromagnetic field, the SiC susceptor absorbs energy and converts it into heat, providing a stable and efficient heat source for semiconductor processing, material treatment and other high-temperature systems.

Silicon carbide offers excellent high-temperature stability, good thermal conductivity, mechanical strength, chemical resistance and thermal-shock resistance. These properties make SiC susceptors suitable for repeated heating and cooling cycles where dimensional stability and resistance to cracking are important.

For semiconductor and other contamination-sensitive processes, semiconductor-grade SiC materials can be used to meet higher purity and process-control requirements. SiC susceptors are suitable for operating environments requiring temperatures around 1500°C, depending on the material grade, furnace atmosphere and system design.

Depending on the equipment and heating process, silicon carbide susceptors can be manufactured in different shapes and structures, including discs, plates, rings and other precision-machined configurations. Holes, grooves, recesses and other structural features can be incorporated to meet installation and thermal-field requirements.

Typical applications include semiconductor thermal processing, RF induction heating systems, high-temperature furnaces, material research equipment, crystal growth systems and other industrial processes requiring stable and repeatable high-temperature heating.

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